Smart Sleep Pillow

Smart pillow device designed to monitor and reduce snoring during sleep. Incorporates intelligent features to improve sleep quality and respiratory function.

A pillow designed with flexible pressure sensing technology that adapts to user contours and pressure distribution. It enhances comfort and sleep quality through intelligent pressure monitoring and adjustment capabilities.

Medical pillow designed to support airway positioning and reduce snoring. Provides therapeutic support for sleep-related breathing management.

Viscoelastic pillow conforming to pressure points for head and neck support with gel layer for thermal regulation and aromatherapy integration.

An intelligent blood collection pillow integrated with automated window systems for phlebotomy stations. The device provides ergonomic and automated support for blood collection procedures in clinical settings.

An integrated sleep monitoring platform utilizing artificial intelligence and contactless sensor technology to analyze sleep posture and patterns. The system provides personalized sleep care recommendations based on collected data without requiring wired connections or patient discomfort.

An intelligent wireless device for sleep monitoring that can pre-diagnose sleep apnea. The system integrates wireless technology for remote patient monitoring and sleep analysis.

An intelligent bed system equipped with advanced sensor technology for non-intrusive sleep monitoring and health data collection. The device can be placed under a mattress to continuously monitor sleep patterns and vital signs with over 90% accuracy compared to gold-standard polysomnography equipment. It provides long-term stable sleep data while maintaining user comfort and supports remote algorithm upgrades.

An intelligent mattress system integrated with smart technology for patient comfort and monitoring in hospital environments. It contributes to safe and comfortable patient care in intelligent wards.

Wearable sleep monitoring system that continuously tracks sleep architecture, quality, and physiological parameters for clinical assessment and sleep disorder diagnosis. Integrates IoT and edge computing technologies to enable real-time data collection and analysis for sleep medicine applications.

Wearable sensor detecting patient body position during sleep for positional sleep apnea assessment. Records supine versus non-supine time correlation with apneic events. Guides positional therapy interventions.